80C186EB Datasheet, PDF (24/59 Pages) Intel Corporation – 16-BIT HIGH-INTEGRATION EMBEDDED PROCESSORS

80C186EB 80C188EB 80L186EB 80L188EB
DC SPECIFICATIONS (80C186EB 80C188EB)
Symbol
Parameter
Min
Max Units
Notes
V_CC
V_IL
V_IH
V_OL
V_OH
V_HYR
I_LI1
Supply Voltage
Input Low Voltage
Input High Voltage
Output Low Voltage
Output High Voltage
Input Hysterisis on RESIN
Input Leakage Current for Pins
AD15 0 (AD7 0) READY HOLD
RESIN CLKIN TEST NMI INT4 0
T0IN T1IN RXD0 BCLK0 CTS0
RXD1 BCLK1 CTS1 P2 6 P2 7
45
55
V
b_{0 5}
0 3 V_CC
V
0 7 V_CC V_CC ^a 0 5 V
0 45
V I_OL ^e 3 mA (Min)
V_CC ^b 0 5
V I_OH ^{e b}2 mA (MIn)
0 50
V
g15
mA 0V ^s V_IN ^s V_CC
I_LI2
Input Leakage Current for Pins
ERROR PEREQ
g0 275
g7
mA 0V ^s V_IN ^k V_CC
I_LI3
Input Leakage Current for Pins
A19 ONCE A18 16 LOCK
b_{0 275}
b_{5 0}
mA V_IN ^e 0 7 V_CC (Note 1)
I_LO
Output Leakage Current
g15
mA 0 45 ^s V_OUT ^s V_CC
(Note 2)
I_CC
Supply Current Cold (RESET)
80C186EB25
115
mA (Notes 3 7)
80C186EB20
108
mA (Note 3)
80C186EB13
73
mA (Note 3)
I_ID
Supply Current Idle
80C186EB25
91
mA (Notes 4 7)
80C186EB20
76
mA (Note 4)
80C186EB13
48
mA (Note 4)
I_PD
Supply Current Powerdown
80C186EB25
100
mA (Notes 5 7)
80C186EB20
100
mA (Note 5)
80C186EB13
100
mA (Note 5)
C_IN
C_OUT
Input Pin Capacitance
Output Pin Capacitance
0
15
pF T_F ^e 1 MHz
0
15
pF T_F ^e 1 MHz (Note 6)
NOTES
1 These pins have an internal pull-up device that is active while RESIN is low and ONCE Mode is not active Sourcing more
current than specified (on any of these pins) may invoke a factory test mode
2 Tested by outputs being floated by invoking ONCE Mode or by asserting HOLD
3 Measured with the device in RESET and at worst case frequency V_CC and temperature with ALL outputs loaded as
specified in AC Test Conditions and all floating outputs driven to V_CC or GND
4 Measured with the device in HALT (IDLE Mode active) and at worst case frequency V_CC and temperature with ALL
outputs loaded as specified in AC Test Conditions and all floating outputs driven to V_CC or GND
5 Measured with the device in HALT (Powerdown Mode active) and at worst case frequency V_CC and temperature with
ALL outputs loaded as specified in AC Test Conditions and all floating outputs driven to V_CC or GND
6 Output Capacitance is the capacitive load of a floating output pin
7 Operating temperature for 25 MHz is 0 C to 70 C V_CC e 5 0 g10%
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